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#strings for the Kinetic topic---- TOPIC_NAME Mass TOPIC_CATEGORY Forces 0 TOPIC_HEADING Mass TOPIC_RADIOU1 rdata.rle TOPIC_RADIOD1 rdata.rle TOPIC_RADIOU2 rmicroscope.rle TOPIC_RADIOD2 rmicroscope.rle TOPIC_RADIOU3 rearth.rle TOPIC_RADIOD3 rearth.rle TOPIC_IMAGENAME1 RImageArea.rle TOPIC_STRIPLEFT 35 TOPIC_STRIPTOP 97 TOPIC_STRIPRIGHT 226 TOPIC_STRIPBOTTTOM 100 TOPIC_NUMHYPQUEST 5 TOPIC_HEAD_COUNT 1 TOPIC_SECTLEFT 30 TOPIC_SECTTOP 102 TOPIC_SECTRIGHT 225 TOPIC_SECTBOTTOM 138 D_TOPIC_SECTLEFT 118 D_TOPIC_SECTTOP 102 D_TOPIC_SECTRIGHT 399 D_TOPIC_SECTBOTTOM 138 E_TOPIC_SECTLEFT 44 E_TOPIC_SECTTOP 102 E_TOPIC_SECTRIGHT 239 E_TOPIC_SECTBOTTOM 138 INQUIRY_RIBBON1_LEFT 35 INQUIRY_RIBBON1_TOP 137 INQUIRY_RIBBON1_RIGHT 226 INQUIRY_RIBBON1_BOTTOM 157 INQUIRY_RIBBON2_LEFT 35 INQUIRY_RIBBON2_TOP 160 INQUIRY_RIBBON2_RIGHT 226 INQUIRY_RIBBON2_BOTTOM 180 INQUIRY_RIBBON3_LEFT 35 INQUIRY_RIBBON3_TOP 183 INQUIRY_RIBBON3_RIGHT 226 INQUIRY_RIBBON3_BOTTOM 203 INQUIRY_RIBBON4_LEFT 35 INQUIRY_RIBBON4_TOP 206 INQUIRY_RIBBON4_RIGHT 226 INQUIRY_RIBBON4_BOTTOM 226 INQUIRY_RIBBON5_LEFT 35 INQUIRY_RIBBON5_TOP 229 INQUIRY_RIBBON5_RIGHT 226 INQUIRY_RIBBON5_BOTTOM 249 INQUIRY_HYPQUEST1_LEFT 50 INQUIRY_HYPQUEST1_TOP 141 INQUIRY_HYPQUEST1_RIGHT 223 INQUIRY_HYPQUEST1_BOTTOM 157 INQUIRY_HYPQUEST2_LEFT 50 INQUIRY_HYPQUEST2_TOP 164 INQUIRY_HYPQUEST2_RIGHT 223 INQUIRY_HYPQUEST2_BOTTOM 180 INQUIRY_HYPQUEST3_LEFT 50 INQUIRY_HYPQUEST3_TOP 187 INQUIRY_HYPQUEST3_RIGHT 223 INQUIRY_HYPQUEST3_BOTTOM 203 INQUIRY_HYPQUEST4_LEFT 40 INQUIRY_HYPQUEST4_TOP 210 INQUIRY_HYPQUEST4_RIGHT 223 INQUIRY_HYPQUEST4_BOTTOM 226 INQUIRY_HYPQUEST5_LEFT 40 INQUIRY_HYPQUEST5_TOP 233 INQUIRY_HYPQUEST5_RIGHT 223 INQUIRY_HYPQUEST5_BOTTOM 249 TOPIC_HYPQUEST1 What effect does TOPIC_HYPQUEST2 the size and density TOPIC_HYPQUEST3 of a planet TOPIC_HYPQUEST4 have on the TOPIC_HYPQUEST5 mass of an object? O_TEXTBLOCK_TEXT Even though the <HL Topic=Weight.tpc>WEIGHT</HL> of each of these objects changes according to the planet they are on, the mass remains the same. An object has a constant amount of mass, regardless of its location. E_QUEST1 What is the difference between an astronaut's weight and her mass on the moon? E_QUEST2 What has greater mass, a piano or a telephone? How do you know? E_QUEST3 What has more mass, a pound of feathers or a pound of lead? D_TEXTBLOCK_TEXT All materials possess mass, which is the actual amount of matter in an object. An object has the same amount of mass whether it is on the earth's surface, or out floating in space, even though its <HL Topic=Weight.tpc>WEIGHT</HL> changes. The greater an object's mass, the greater its <HL Topic=Inertia.tpc>INERTIA</HL>, or <HL Topic=Resistance.tpc>RESISTANCE</HL> to <HL Topic=Motion.tpc>MOTION</HL>. NUM_ANIMATIONS 0 NUM_CPBUTTONS 3 CP_BUT2U RTMassDroid.RLE CP_BUT2D RTMassDroidOn.RLE CP_BUT2_ID 7012 CP_BUT2_LFT 505 CP_BUT2_TOP 253 CP_BUT2_RGT 549 CP_BUT2_BOT 283 CP_BUT3U RTMassGun.RLE CP_BUT3D RTMassGunOn.RLE CP_BUT3_ID 7013 CP_BUT3_LFT 505 CP_BUT3_TOP 288 CP_BUT3_RGT 549 CP_BUT3_BOT 321 CP_BUT4U RTMassShip.RLE CP_BUT4D RTMassShipOn.RLE CP_BUT4_ID 7014 CP_BUT4_LFT 505 CP_BUT4_TOP 326 CP_BUT4_RGT 549 CP_BUT4_BOT 367 TOPIC_BKGNDART RTmass.RLE CONTROL_TYPE BACKDROP NUM_STRINGS 9 LG_LEFT 305 LG_TOP 260 LG_RIGHT 480 LG_BOT 290 MD_LEFT 305 MD_TOP 320 MD_RIGHT 480 MD_BOT 350 SM_LEFT 305 SM_TOP 370 SM_RIGHT 480 SM_BOT 400 LG_WT_TEXT1 The Droid weighs 1300 kg MD_WT_TEXT1 The Droid weighs 600 kg SM_WT_TEXT1 The Droid weighs 75 kg LG_WT_TEXT2 The Blaster weighs 20 kg MD_WT_TEXT2 The Blaster weighs 5 kg SM_WT_TEXT2 The Blaster weighs .2 kg LG_WT_TEXT3 The TIE fighter weighs 7500 kg MD_WT_TEXT3 The TIE fighter weighs 2500 kg SM_WT_TEXT3 The TIE fighter weighs 700 kg FONT_NAME1 Arial12 FONT_NAME2 Arial12 FONT_NAME3 Arial12 TEXT_COLOR1 5 TEXT_COLOR2 5 TEXT_COLOR3 5 SPEED1 .25 SPEED2 .30 SPEED3 .25 START1 0.0 START2 1.0 START3 2.0 END1 0.0 END2 0.0 END3 0.0 GROUP1 7012 GROUP2 7013 GROUP3 7014 PANEL_NAME NoStPanel.ifc 
